Integrated engineering alum is a multiskilled and inspiring trailblazer

"It’s important to recognize when it’s a good call to make riskier decisions and when it’s time to be safe."

vivienne

Vivienne Jaehn-Kreibaum

Job: Electrical Engineer, BC Hydro

After graduating from UBC, Vivienne was Meta’s first college hire for the Oculus team, working as an electrical design engineer on Meta’s first set of augmented reality glasses. She then pursued a long-held dream to work for Médecins Sans Frontières, serving as critical facilities manager for a 60-bed trauma hospital in Bangui. Meet Vivienne Jaehn-Kreibaum – a multiskilled and inspiring trailblazer with a can-do attitude and passion for solving complex problems. 

 

Why did you choose to study engineering?

I loved math and science in high school and I assumed that I would pursue an undergraduate degree that could lead to medicine, since that’s what most of the other girls who liked science were doing. However, when I learned a friend of mine was heading to Carleton for environmental engineering, I considered taking a similar path because environmental issues were also important to me and realized that engineering could be an even better way to use my skills.

I considered many different options, but I chose Integrated Engineering at UBC because it combined multiple disciplines that I felt would give me a strong base for ultimately working on clean energy systems.

Students in this program specialize in two programs, and I chose electrical and civil. My design teams and portfolio projects leaned to the electrical side and the courses I took on an exchange to Greenland were focused on civil engineering.

 

Any highlights from your time as an undergraduate?

Being on UBC Formula Electric was a formative experience. That’s where I designed my first circuit board which I felt really kickstarted my technical design skills. Another highlight was my exchange in Greenland through the Technical University of Denmark where I took classes particular to cold climate engineering, such as monitoring of the cryosphere and architectural considerations for the polar regions – some of the best six months of my life!

UBC Formula Electric  Technical University of Denmark

hike

 

Tell us about your internships. 

I had two different work terms at Microsoft as a software engineer intern. These experiences helped me realize I was much more interested in hardware than software, and thanks to advice from someone working on Surface tablets, I began developing an electronics design portfolio.

I worked at Mercedes Benz as a manufacturing engineering intern in their hydrogen fuel cell division and as a hardware engineer intern at a Vancouver start-up called TZOA that makes air quality monitors.

I also worked in Bangladesh as a power electronics engineer intern for a company called SOLshare, a spin-off of Micro Energy International that is developing the world’s first peer-to-peer solar energy trading network. This was another formative experience.

bangaladesh

SOLshare

 

After you graduated, you were Meta’s first college hire for the Oculus. Tell us about your time at Meta.

To be honest, I was initially a bit unsure about accepting the position for various reasons – primarily being Facebook’s controversial reputation as a company, the need to relocate during the pandemic, and my primary goal at the time of working in clean tech. However, I am so glad that I pursued this opportunity. Beyond the professional skills gained at Meta, it led me to Seattle where I built the best friend group I’d ever had from scratch, allowed me to explore Washington’s incredible mountains and gave me a fortuitous financial runway.

As an electrical design engineer on the Augmented Reality Prototyping Team, I was responsible for the design, manufacture and testing of PCBAs that used FPGAs to aggregate high-speed MIPI cameras, sometimes up to 24 layers and running at 25 Gbps. Our job was to de-risk NTIs for the product teams and provide hardware for the research teams to gather experimental data. The product that I worked on, Orion, is Meta’s first set of augmented reality glasses that were announced last year.

It was an incredible three-and-a-half years at Meta: I had a fantastic manager, access to brilliant coworkers and mentors, and was spoiled with  top-of-the-line equipment.

 If anyone has a chance to work for Meta early in their career, I would wholeheartedly support it.

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Why did you leave your position at Meta to work for Médecins Sans Frontières?

Early on as an undergrad I read a profile of Sara Badiei, an electrical engineering grad from UBC who was working in the humanitarian sector. I was intrigued by the work that she was doing with the International Committee of the Red Cross to restore power and water in Gaza during the Arab Spring and on wastewater treatment plants in Afghanistan, and was curious about how you could do all of this with an engineering degree.

I reached out to her on LinkedIn in March 2017 when she was working at the World Bank as an energy specialist on a solar energy strategy for the Middle East. She gave me valuable advice about how to set myself up with the skills and experience to do this kind of work. For example, she encouraged me to reach out to Solshare ( the company in Bangladesh) to gain experience working on technology applications in lower-resourced areas, and I ultimately ended up working for this firm in 2018.

From Sara, I knew that I’d need several years of work experience and would need to learn a second language before I could apply to work for non-profits in the humanitarian space. I loved my time at Meta, but I could also imagine my career trajectory if I stayed there and I was ready for something different.

In 2023, I finally  applied to MSF and was surprised to be accepted right away. In March 2024, I quit Meta and a week later found myself on a plane to the Central African Republic. For six months, I worked as a critical facilities manager for a 60-bed trauma hospital in Bangui, managing a team of 20 water and sanitation, electrical and biomedical technicians to ensure continuity of power and water and all technical equipment. It was both challenging and exciting to be exposed to a wide variety of technical infrastructure problems in a setting where you need to be very resourceful.

hospital

MSF  Sara Badiei

 

What were your responsibilities at the hospital?

The working day was theoretically 7:30 to 5:30, but as a logistics manager  you are on call 24/7. I could be called in the middle of the night if the generators weren’t turning on or the pumps weren’t working, or even simple things like a pulse oximeter running out of battery.

My general responsibilities included maintaining the on-site generators, solar panels and all technical and biomedical  equipment in the hospital; overseeing construction projects; and liaising with external contractors for projects beyond the scope of our team. 

When in the field, you also must take on things outside your scope because more often than not there is no one else around to do it. 

For example, after noticing some unusual electric shocks coming from my computer, I zeroed in on a serious and life-threatening ground fault in our building. It turned out that a full electrical audit had never been done! These are the types of things you take for granted when working in North America.

Working for MSF was definitely one of the hardest things I’ve done. When I arrived, my body was in some type of physiological shock for weeks. I couldn’t decide what was worse: the 40-degree heat and 95% humidity or working nonstop in a language I barely spoke (French). 

It was also my first time in 10 years not being an engineer but being a manager and there were so many unspoken rules about the work culture within MSF that were challenging to navigate.

hospital

 

What’s next?

How you spend your free time tells you a lot about your interests and who you are as a person. I spent countless hours at MSF staff base while in the field combing through  technical data sheets and reports—all in French—to figure out what was going on with the hospital’s pump system. In the first few months on the job, I had recorded more than 20 critical pump interventions. After organizing several meetings with all levels of the logistics hierarchy, from my team on the ground to the specialists in Paris, we were finally able to identify the root causes of the issue and take steps to resolve them. This helped me to realize how much I love getting into complex engineering tasks and solving technical problems.

I am currently intentionally pivoting out of electronics design and into power systems engineering, leaving behind an industry that I am experienced in and that pays very well. The electrical grid is the world’s biggest machine, and it’s going to take a lot of effort to modernize it in order to support the clean energy transition.

 

Any advice for new grads?

It’s important to recognize when it’s a good call to make riskier decisions and when it’s time to be safe.

You need to take care of yourself first. If you can gain experience working at a reputable company and pay off your student loans and then build up a nest egg, go for it. If you’re interested in working for a non-profit down the road, it will make a difference if you have worked at a profitable and high-performing company first. Specifically, it will show you how things are done well and will develop your professional network. Studying and working internationally also makes you appreciate even more what we have here in Canada and generally makes you more well-rounded and curious, in my opinion. All these different experiences will help you figure out exactly what you love to do.

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